The results of the analysis indicates that the methods used in this paper are of immense use in understanding the fertility transition of both developed and developing countries.
The analysis indicated that this transcript belongs to the S100a10 subgroup of the EF-Hand calcium-binding proteins superfamily (Additional file 3).
The analysis indicated that this ratio was mostly influenced by population size and fragmentation (K t, R2 = 9.1%, N, R2 = 5.8%, Additional file 1).
The analysis indicated that this did not arise because of patients with higher risks being more likely to undergo conservative treatment, as patients treated conservatively exhibited more than four times higher risk for mortality even after stratification according to the number of comorbidities or age.
The analysis indicates that, under this exposure condition, the distribution of aberrations is determined by two independent components.
The analysis indicates that at the concentrations used in this study, there was no significant change to cell viability as a result of extended exposure to CB nanoparticles.
Compared with the internally-cooled dehumidifiers made of metal materials described in the literature, the present analysis indicates that this plastic dehumidifier demonstrated comparable heat and mass transfer performance, providing a feasible approach for an internally-cooled process.
The stability analysis indicates that this measure can eliminate the uncertainty caused by the input limitation and guarantee the asymptotically stability of the deployment dynamics.
Although there was a trend toward decreasing mean CO2 effect (difference in fecundity between elevated and ambient treatments) over time, the hierarchical analysis indicates that this decrease comes from the emergence of a few highly fecund ambient grown trees by 2002, rather than acclimation or downregulation among the fumigated trees.
Concerning copper acetate, the XRD analysis indicates that this precursor has been decomposed to Cu metal, as the standard peaks of FCC copper can be observed at 2θ values of 43.3°, 50.5°, and 74.1° corresponding to (111), (200), and (220) crystal planes, respectively (JCPDS card no 04 0836).
The given analysis indicates that this procedure may induce considerable errors as to mass transfer equipment design.
